Back
Return
Biography

Prof. Arbi Mgaidi

University of Taibah, Tunisia


Email: amgaidi@taibahu.edu.sa


Qualifications

Ph.D., Mines ParisTech, France

M.Sc., Mines ParisTech, France

B.Sc., Secondary school of Tabarka, Tunisia


Publications (Selected)

  1. A.Mgaidi, Walter Furst and H. Renon, Representation of the solubility of lead chloride in various chloride solutions with Pitzer’s Model. Metallurgical and Materials Transactions B, 1991, vol: 22, 4, 491-498.
  2. F. Jendoubi, A.Mgaidi and M.EL Maaoui, Kinetics of the dissolution of silica in aqueous sodium Hydroxide solutions at high pressure and high temperature, Can. J. of Chemical Engineering 1997; vol: 75, p: 721.
  3. F. Ben Brahim, A. Mgaidi and M.EL Maaoui, Exploration of Mesoporous structure of Tunisian Raw and acid leached phosphate ore particles. Can.J. of Chemical Engineering 1997; vol: 75, p: 759.
  4. A. Hamzaoui, A. Mgaidi, A. Megriche and M. EL Maaoui, Kinetic Study of Goethite formation from Ferrihydrite in Alkaline medium. Journal of Chemical Eng. Res. 2002, 9, p: 470.
  5. M. CHERIF, A. Mgaidi, N.AMMAR and W. FURST, Modeling oh the H3PO4-H2O system trough an electrolyte equation of state: speciation analysis. Process Eng. Fundamentals, vol.13, N°65, 1-9, (1999).
  6. A. Mgaidi, F. Jendoubi, D. Oulahna, M. EL Maaoui and J. Dodds, Kinetics of dissolution of sand into alkaline solutions: Application of a modified shrinking core model, Hydrometallurgy, 71, 435-446, (2004).
  7. A. Mgaidi, F. Ben Brahim, D. Oulahna, M.EL Maaoui and J.Dodds, Change in the surface area and dissolution rate during acid leaching of phosphate particles at 25°C, Ind.Eng.Chem.Res. 2003, 42, 2067-2073.
  8. M. CHERIF, A. Mgaidi, N.AMMAR G. VALLEE and W. FURST, A New investigation of Aqueous Orthophosphoric Acid speciation Using Raman Spectroscopy, Journal of Solution Chemistry, 29, N°3, p: 256-268, (2000).
  9. M. CHERIF, A. Mgaidi, N.AMMAR M. ABDERRABBA and W. FURST, Modeling of the equilibrium properties of the system H3PO4-H2O: Representation of VLE and liquid phase composition, Fluid Phase Equilibria: 175, 197-212, (2000).
  10. M. Cherif, A. Mgaidi, M. N. Ammar, M. Aberrabba and W. Fürst, Representation of VLE and liquid phase composition with an electrolyte model: application to H3PO4–H2O and H2SO4–H2O». Fluid Phase Equilibria, vol 194-197, N°1-2, p 729-738, (2002).